Sensor Validation Using Nonlinear Minor-Component Analysis
Linearity is not assumed and the physical plant is not modeled.
Aconcept of sensor validation using nonlinear minor-component analysis (NLMCA) has been proposed as a theoretical basis of a sensor fault-detection-and isolation (FDI) module in a fault-tolerant control system of an aircraft jet engine or other complex physical plant. As used here, “sensor validation” signifies, loosely, ...
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Easy exchange of model information will support post-genomics research in systems biology.
Acontinuing research project is dedicated to development of mathematical and software infrastructure in support of post genomics research in systems biology. One near-term objective of the project is to contribute to deeper understanding of ...
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Wheel acceleration, wheel deceleration, and switching voltage transients are represented.
A computational model has been developed to simulate the operation of a laboratory flywheel energy-storage system that is a subsystem of the Flywheel Attitude Control, Energy Transmission, and Storage (FACETS) system located at Kirtland Air Force ...
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Some Advances in Digital-Image Forensics
Parametric Design of Three-Dimensional Hydrodynamic Shapes
Development of Adaptive and Reflective Middleware
Error-Free Data Acquisition and Archival for High-Bandwidth Military Applications
The Dataflow Interchange Format for Designing DSPs
Advances in Algorithms for CFD and Finite-Element Simulation
Shape-Based Recognition of 3D Objects in 2D Images
Multi-Scale Model of Failure in a Composite Material
Automatic Abstraction of Information From Digitized Images
Intelligence Fusion System Tracks Mobile Targets
Developing Condition-Based Maintenance
Coordination of Autonomous Unmanned Air Vehicles
